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Measurements of transient Effects on Bunch Elongation with Super-3HC at SLS

Measurements of transient Effects on Bunch Elongation with Super-3HC at SLS. On behalf of Marco Pedrozzi. 8 th ESLS RF meeting, Daresbury, 29 th -30 th September 2004. Summary Camshaft mode bunch length measurements. I average = 300 mA for all filling patterns.

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Measurements of transient Effects on Bunch Elongation with Super-3HC at SLS

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  1. Measurements of transient Effects • on Bunch Elongation • with Super-3HC at SLS On behalf of Marco Pedrozzi 8th ESLS RF meeting, Daresbury, 29th-30th September 2004

  2. Summary Camshaft mode bunch length measurements. I average = 300 mA for all filling patterns

  3. 30% gap – Camshaft current 0.536mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  4. 30% gap – Camshaft current 0.893mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  5. 30% gap – Camshaft current 1.78 mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  6. 30% gap – Camshaft current 2.68 mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same)

  7. 40% gap – Camshaft current 0.56mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  8. 40% gap – Camshaft current 1.04mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  9. 40% gap – Camshaft current 2.08mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  10. 40% gap – Camshaft current 3.12mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  11. 40% gap – Camshaft current 0.56mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  12. 40% gap – Camshaft current 1.042mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  13. 40% gap – Camshaft current 2.08mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  14. 40% gap – Camshaft current 3.12mA Camshaft bunch 435 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate)

  15. 30% gap – Camshaft current 0.536mA Camshaft bunch 435 - Start/end gap 336/480 (bunch 0 and 480 are the same) Simulation with a multibunch single particle tracking code

  16. 40% gap – Camshaft current 0.56mA Camshaft bunch 384 - Start/end gap 288/480 (Remarks bunch 0 and 480 are the same, signal marginally saturate) Simulation with a multibunch single particle tracking code

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